First, it is wise to stick with a company that specializes in HVAC services. While many general handyman companies may do some things with AC units, a company that specializes in air conditioning and heating is always a better option. Because air conditioning repairs can be quite costly, depending on the particular problem, it is best to work with highly trained HVAC professionals to ensure quality work.
As a local HVAC provider, established in 2001, Reliable Comfort Heating & Air Conditioning targets the challenges faced by homeowners in Columbus, Seymour & surrounding areas. No matter what the weather brings, we answer with products and services that deliver unprecedented energy efficiency, safe operation, ideal comfort, reliability, and sustainability. We love nothing better than enhancing your home enjoyment while trimming your monthly costs. Replace outdated equipment with a state-of-the-art furnace, air conditioner, or heat pump, and we’ll make sure your system pays for itself. Take advantage of a Home Performance Evaluation, Aeroseal Duct Sealing, or enrollment in Comfort Care, and we’ll optimize and protect your indoor environment. If you’re in need of expert repair, our NATE-certified technicians are always on call, 24 hours a day, 365 days a year. There’s simply no challenge we can’t turn into a rewarding result.
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The most common signs that the air conditioning unit may soon break down include loud or strange noises coming from the unit or warmer than normal air being released. In addition, if your unit smells bad, is frosty or water is leaking, chances are, you’re in need of repair. When the air conditioning unit displays these symptoms, contact a local HVAC pro. Just like a low tank of gas, it’s better to gas now versus running out in the middle of a 95-degree July afternoon.
For over 65 years, Jacobs Heating & Air Conditioning has been a Portland HVAC leader. Providing comprehensive heating, cooling and ventilation services to the Portland, OR and Vancouver, WA areas, our clients consistently praise our timely and professional work. From air conditioning repair to cooling and safety system installs, trust the professionals at Jacobs Heating & Air Conditioning.
Replacing a capacitor is easy. Just take a photo of the wires before disconnecting anything (you may need a reference later on). Then discharge the stored energy in the old capacitor (Photo 4). Use needle-nose pliers to pluck one wire at a time from the old capacitor and snap it onto the corresponding tab of the new capacitor. The female crimp connectors should snap tightly onto the capacitor tabs. Wiggle each connector to see if it’s tight. If it’s not, remove the connector and bend the rounded edges of it so it makes a tighter fit on the tab. When you’ve swapped all the wires, secure the new capacitor (Photo 5).
The icing problem becomes much more severe with lower outdoor temperatures, so heat pumps are commonly installed in tandem with a more conventional form of heating, such as a natural gas or oil furnace, which is used instead of the heat pump during harsher winter temperatures. In this case, the heat pump is used efficiently during the milder temperatures, and the system is switched to the conventional heat source when the outdoor temperature is lower.
The condensed, pressurized, and still usually somewhat hot liquid refrigerant is next routed through an expansion valve (often nothing more than a pinhole in the system's copper tubing) where it undergoes an abrupt reduction in pressure. That pressure reduction results in flash evaporation of a part of the liquid refrigerant, greatly lowering its temperature. The cold refrigerant is then routed through the evaporator. A fan blows the interior warm air (which is to be cooled) across the evaporator, causing the liquid part of the cold refrigerant mixture to evaporate as well, further lowering the temperature. The warm air is therefore cooled and is pumped by an exhaust fan/ blower into the room. To complete the refrigeration cycle, the refrigerant vapor is routed back into the compressor. In order for the process to have any efficiency, the cooling/evaporative portion of the system must be separated by some kind of physical barrier from the heating/condensing portion, and each portion must have its own fan to circulate its own "kind" of air (either the hot air or the cool air).
Since the 1980s, manufacturers of HVAC equipment have been making an effort to make the systems they manufacture more efficient. This was originally driven by rising energy costs, and has more recently been driven by increased awareness of environmental issues. Additionally, improvements to the HVAC system efficiency can also help increase occupant health and productivity. In the US, the EPA has imposed tighter restrictions over the years. There are several methods for making HVAC systems more efficient.
Tony from HVAC came out on Sunday morning and did a fantastic job of immediately diagnosing the issue, quickly fixing the problem, and honoring the coupons I had. When I initially called on Saturday morning, I had a lot of trouble with their answering service getting their wires crossed with their technicians. However, Tony called me back and made it right. He even pointed out an issue that is in the horizon that I should look at (without charging me extra or telling me I had to fix it right now). Great service!
Central home air conditioner service systems consist of two major components: a condensing unit that sits outside your house, and the evaporator coil (often referred to as an A-coil) that sits in the plenum of your furnace or air handler. The refrigerant in the A-coil picks up the heat from your home and moves it to the outdoor condensing unit. The condensing unit fan blows outside air through the condensing coil to remove the heat. The condensing unit houses the three parts replaceable by a DIYer: the contactor, the start/run capacitor(s) and the condenser fan motor. The condensing unit also houses the compressor, but only a pro can replace that. The A-coil has no parts that can be serviced by a DIYer.